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I have a relay with the following numbers at each terminal. which one connects to what wire please ? 30 87 85 86

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The "30" is your "+" power terminal
the "85* is your "-" ground terminal
"86" and "87" are the rest of your wire connections.
Good enough, please rate the advise. Thanks

Posted on Aug 01, 2010

Testimonial: "thankyou for your response. very helpful now my lights are up and running."

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2005 Lincoln Aviator the cooling fan troubleshooting it


There is a cooling fan relay in the under hood fuse / relay box . There is a fuse F1.8 20amp in the same under hood fuse / relay box ! If you pull the relay out of it's socket an look on the bottom you'll see some numbers , 30,87,85,86 ! 85an 86 are the control side of the relay an 30 an 87 or the load -fan side ! If you take a test light or volt meter you can check for battery voltage at pin 30 ,you could take a jumper wire from pin 30 to 87 an the fan should run , if the fan motor is good an there is battery voltage at pin 30 ! Pins 85 an 86 are the control side of the relay ,pin 86 should have battery voltage an pin 85 is from the engine computer ,when the temperature get's to 195 - 213 degrees the engine computer will ground pin 85 through a transistor inside the computer energizing the relay turning on the cooling fan ! You can test right there at the relay ! VEHICLE RELAYS Operation Diagnosis

Aug 08, 2015 | Lincoln Cars & Trucks

1 Answer

Auto shut down fuse blows when I start the truck?


This information is straight out of the 1997 Breeze/Stratus/Cirrus Factory Service Manual (Yes I paid the $90 for it years ago)

__________________________________________________ _______________

Automatic Shutdown (ASD) sense - PCM Input

The ASD sense circuit informs the PCM when the ASD relay energizes. A 12 volt signal at this input indicated to the PCM that the ASD has been activated. This input is used only to sense that the ASD relay is energized.
When energized, the ASD relay supplies battery voltage to the fuel injectors, ignition coils, and the heating element in each oxygen sensor. If the PCM does not receive 12 volts from this input after grounding the ASD reley, it sets a Diagnostic Trouble Code (DTC).

Automatic Shutdown Relay - PCM Output

The PCM operates the Automatic Shutdown (ASD) relay and fuel pump relay through one ground path. The PCM operates them by switching the ground path for the solenoid side of the realys on and off. Both realys turn on and off at the same time.
The ASD relay connects battery voltage to the fuel injectors and ignition coil. The fuel pump relay connects battery voltage to the fuel pump.
A buss bar in the power distribution center (PDC) supplies voltage to the solenoid side and contact side of the relay. The ASD relay power circuit contains a 20 amp fuse between the buss bar in the PDC and teh relay. The fuse also protects the power circuit for the fuel pump relay and pump. The fuse is located in teh PDC.
The PCM controls the relay by switching the ground path for the solenoid side of the relay on and off. The PCM turns the ground path off when the ignition switch is in the Off position. When the ignition switch is in the On or Crank position, the PCM monitors the crankshaft position sensor and the camshaft position sensor signals to determine engine speed and ignition timing (coil dwell). If the PCM does not receive the crankshaft position sensor and camshaft position when the ignition switch is in teh Run position, it will de-energize teh ASD relay.
The ASD relay and fuel pump relay are located in the PDC near the battery. The inside top of the PCD cover has a label showing relay and fuse location.

ASD and Fuel Pump Relays

The following description of operation and tests apply only to the Automatic Shutdown (ASD) and fuel pump relays. The terminals on the bottom of each relay are numbered.

'------------------'
' __85 ___________'
' __87A '87 '30 ___' Sorry for the crudeness of this. This is supposed to
' __86 ___________' be the relay terminals!
'------------------'

OPERATION
- Terminal number 30 is connected to battery voltage. For both the ASD and fuel pump relays, terminal 30 is connected to battery voltage at all times.
- The PCM grounds the coil side of the relay through terminal number 85.
- Terminal number 86 supplies voltage to the coil side of the relay.
- When the PCM de-energizes the ASD and fuel pump relays, terminal number 87A connects to terminal 30. This is the Off position. In the off position, voltage is not supplied to the rest of the circuit. Terminal 87A is the center terminal on the relay.
- When the PCM energizes the ASD and fuel pump relays, terminal 87 connects to terminal 30. This is the On position. Terminal 87 supplies voltage to the rest of the curcuit.

TESTING
The following procedure applies to the ASD and fuel pump relays.
(1) Remove relay from connector before testing.
(2) With the relay removed from the vehicle, use an ohmmeter to check the resistance between terminals 85 and 86. The resistance shoud be 75±5 ohms.
(3) Connect the ohmmeter between terminals 30 and 87A. The ohmmeter should show continuity between terminals 30 and 87A.
(4) Connect the ohmmeter between between terminals 87 and 30. The ohmmeter should not show continuity at this time.
(5) Connect one end of a jumper wire (16 guage or smaller) to relay terminal 85. Connect the other end of the jumper wire to the ground side of a 12 volt power source.
(6) Connect on end of another jumper wire (16 guage or smaller) to the power side of the 12 volt power source. Do not attach the other end of the jumper wire to the relay at this time.

WARNING: DO NOT ALLOW OHMMETER TO CONTACT TERMINALS 85 OR 86 DURING THIS TEST.

(7) Attach the other end of the jumper wire to relay terminal 86. This activates the relay. The ohmmeter should now show continuity between relay terminals 87 and 30. The ohmmeter should not show continuity between relay terminals 87A and 30.
(8) Disconnect jumper wires.
(9) Replace the relay if it did not pass the continuity and resistance tests. If the relay passed the tests, is operates properly. Check the remainder of the ASD and fuel pump curcuits.

__________________________________________________ _______________

I know you said you replaced the relay, and this is a test procedure for the relay, but I have bought bad parts in the past. The description before the test procedure at least gives you an idea of what components are wired through and controlled by the relay. One of those may be faulty. Email me if you want or need wiring diagrams and I should be able to scan them and email them to you.

Jul 15, 2015 | 1992 Dodge Dakota

1 Answer

Troy bilt pony will not start. replaced 20 amp fuse and battery


OK -- Here's what to do:
TROY-BILT PONY LT CRANKING CIRCUIT TROUBLESHOOTING

NOTE 1: The following tests are to be made with the parking brake applied and the PTO disengaged unless otherwise specified.

NOTE 2: These tests need only be made until the cause of the problem is located. The entire process need not be completed if the problem has been resolved.

NOTE 3: Refer to the wiring diagram below for understanding of all tersts.

NOTE 4: Wiring Diagram references to Key switch A1 and L terminals refer to the same terminal.

1. With all circuits connected normally, connect a DC voltmeter black (NEG) lead to the tractor frame and the red (POS) lead to the battery positive terminal. The voltmeter should read at least +12.6 VDC.
a. If NO, go to step 2.
b. If YES, go to Step 3.

2. Connect a DC voltemeter directly across the battery. The voltmeter should read at least 12.6 VDC.
a. If NO, charge or replace the battery.
b. If YES, check and repair/replace the following items as required, then repeat Step 2 test. If YES on retest, go to Step 3.
-- battery negative cable condition
-- battery negative cable connections at the battery
-- battery negative cable connections at the tractor frame

3. With all circuits connected normally, connect a DC voltmeter black (NEG) lead to the tractor frame and the red (POS) lead to the key swttch "B" terminal (Circuit #97 - red/white wire). The voltmeter should read at least +12.6 VDC.
a. If NO, go to step 4.
b. If YES, go to Step 8.

4. Connect a DC voltmeter black (NEG) lead to the tractor frame and the red (POS) lead to the starter relay BAT terminal (Circuit #94 - heavy red wire). The voltmeter should read at least +12.6 VDC.
a. If NO, check and repair/replace the following items as required, then repeat Step 4 test. If YES on retest, go to Step 5.
-- battery positive cable condition
-- battery positive cable connections at the battery
-- battery positive cable connection at the starter relay
b. If YES, go to Step 5.

5. Connect a DC voltmeter black (NEG) lead to the tractor frame and the red (POS) lead to the fuse holder BAT terminal (Circuit #92 - red wire). The voltmeter should read at least +12.6 VDC.
a. If NO, check and repair/replace the following items as required, then repeat Step 5 test. If YES on retest, go to Step 6.
-- Circuit 92 wire condition
-- Circuit 92 wire connection at the starter relay
-- Circuit 92 wire connection at the fuse holder
b. If YES, go to Step 6.

6. Connect a DC voltmeter black (NEG) lead to the tractor frame and the red (POS) lead to the fuse holder protected circuit terminal (Circuit #97 - red & white wire). The voltmeter should read at least +12.6 VDC.
a. If NO, check and repair/replace the following items as required, then repeat Step 6 test. If YES on retest, go to Step 7.
-- 20A fuse condition
-- fuse holder condition
-- fuse holder wire connections
b. If YES, go to Step 7.

7. Connect a DC voltmeter black (NEG) lead to the tractor frame and the red (POS) lead to the key switch "B" terminal (Circuit #97 - red & white wire). The voltmeter should read at least +12.6 VDC.
a. If NO, check and repair/replace the following items as required, then repeat Step 7 test. If YES on retest, go to Step 8.
-- Circuit 97 wire condition
-- Circuit 97 connection at fuse holdser
-- Circuit 97 connection at key switch
b. If YES, go to Step 8.

8. Connect a DC voltmeter black (NEG) lead to the tractor frame and the red (POS) lead to the key switch "S" terminal (Circuit #80 - orange wire). With the key held in the START position, the voltmeter should read at least +12.6 VDC.
a. If NO, check and repair/replace the following items as required, then repeat Step 8 test. If YES on retest, go to Step 9.
-- key switch assembly
b. If YES, go to Step 9.

9. Connect a DC voltmeter black (NEG) lead to the tractor frame and the red (POS) lead to the parking brake switch Circuit #80 terminal (Circuit #80 - orange wire). With the key held in the START position, the voltmeter should read at least +12.6
VDC.
a. If NO, check and repair/replace the following items as required, then repeat Step 9 test. If YES on retest, go to Step 10.
-- Circuit 80 wire condition
-- Circuit 80 connection at key switch
-- Circuit 80 connection at parking brake switch
b. If YES, go to Step 10.

10. Connect a DC voltmeter black (NEG) lead to the tractor frame and the red (POS) lead to the parking brake switch Circuit #70 terminal (Circuit #70 - orange & black wire). With the key held in the START position, the voltmeter should read at
least +12.6 VDC.
a. If NO, check and repair/replace the following items as required, then repeat Step 10 test. If YES on retest, go to Step 11.
-- parking brake switch assembly mounting and adjustment
-- parking brake switch assembly condition
b. If YES, go to Step 11.

11. Connect a DC voltmeter black (NEG) lead to the tractor frame and the red (POS) lead to the PTO switch Circuit #70 terminal (Circuit #70 - orange & black wire). With the key held in the START position, the voltmeter should read at least +12.6
VDC.
a. If NO, check and repair/replace the following items as required, then repeat Step 11 test. If YES on retest, go to Step 12.
-- Circuit 70 wire condition
-- Circuit 70 connection at parking brake switch
-- Circuit 70 connection at PTO switch
b. If YES, go to Step 12.

12. Connect a DC voltmeter black (NEG) lead to the tractor frame and the red (POS) lead to the PTO switch Circuit #60 terminal (Circuit #60 - orange & white wire). With the key held in the START position, the voltmeter should read at least +12.6
VDC.
a. If NO, check and repair/replace the following items as required, then repeat Step 12 test. If YES on retest, go to Step 13.
-- PTO switch assembly mounting and adjustment
-- PTO switch assembly condition
b. If YES, go to Step 13.

13. Connect a DC voltmeter black (NEG) lead to the tractor frame and the red (POS) lead to the starter relay Circuit #60 terminal (Circuit #60 - orange & white wire). With the key held in the START position, the voltmeter should read at least
+12.6 VDC.
a. If NO, check and repair/replace the following items as required, then repeat Step 11 test. If YES on retest, go to Step 14.
-- Circuit 60 wire condition
-- Circuit 60 connection at PTO switch
-- Circuit 60 connection at starter relay
b. If YES, go to Step 14.

14. Connect a DC voltmeter black (NEG) lead to the tractor frame and the red (POS) lead to the starter relay MOT terminal (Circuit #93 - heavy red wire). With the key held in the START position, the voltmeter should read at least +12.6 VDC.
a. If NO, did the relay make a single heavy "click" noise?
1. if YES, replace the starter relay and repeat Step 14 test. If YES on retest, go to Step 15.
2. If NO, connect a DC voltmeter DC voltmeter black (NEG) lead to the battery negative terminal and the red (POS) lead to the starter relay frame. With the key held in the START position, the voltmeter should read a maximum of +0.1 VDC.
a. If YES, replace the starter relay and repeat Step 14 test. If YES on retest, go to Step 15.
b. If NO, check and repair/replace the following items as required, then repeat Step 14 test. If YES on retest, go to Step 15.
-- starter relay mounting
b. If YES, go to Step 15.

15. Connect a DC voltmeter black (NEG) lead to the tractor frame and the red (POS) lead to the starter motor BAT terminal (Circuit #93 - heavy red wire). With the key held in the START position, the voltmeter should read at least +12.6 VDC.
a. If NO, check and repair/replace the following items as required, then repeat Step 15 test. If YES on retest, but the starter motor does not engage, go to Step 16.
-- Circuit 93 cable condition
-- Circuit 93 cable connection at starter relay
-- Circuit 93 cable connection at starter motor
b. If YES, but the starter motor does not engage, go to Step 16.

16. Connect a DC voltmeter black (NEG) lead to the battery negative terminal and the red (POS) lead to the starter motor frame . With the key held in the START position, the voltmeter should read a maximum of +0.2 VDC.
a. If NO, check and repair/replace the following items as required, then repeat Step 16 test. If YES on retest, but the starter motor does not engage, go to Step 16b.
-- starter motor mounting to engine
-- engine mounting to tractor frame
b. If YES, but the starter motor does not engage, replace the starter motor.


REFERENCE PART NUMBERS PER WIRING DIAGRAM:

Note that your specific tractor may use differnt part numbers. You can obtain a Parts List specific to your tractor online, at no charge, from Troy-Bilt at www.troybilt.com -- your full model number and serial number are required.

Key Switch 725-04228 (common alternatives are 925-04227B & 925-04659)Parking Brake Switch 725-1657A (common alternative is 725-04363)
PTO Switch 725-1657A (common alternative is 725-04363)
Starter Relay 725-04439

Also note that the starter motor is an engine manufacturer supplied part.



7_20_2012_4_14_09_pm.jpg

Jul 19, 2012 | Troy Garden

1 Answer

We have a 1EGD1 dayton timer delay relay what is the wiring diagram


Open following link to identify timer:
http://www.grainger.com/Grainger/wwg/search.shtml?searchQuery=1EGD1&op=search&Ntt=1EGD1&N=0&sst=subset

This is typical 8 pin delay timer relay.
The wiring diagram appears on side of the timer.
Open following link for example how to wire 8-pin timer.
http://waterheatertimer.org/images/Connect-relay-to-timer.jpg

Example shows 24Volt, but 120Volt wires exactly the same.
The timer is 120Volts. So connect power to terminals 2 and 7.
Other terminals are dry, and receive no power when 120V is connected to 2 and 7.
In the example wiring, the objective is to have power connected to Load at all times except when timer activates. So power is connected to terminal 1 and Load wire is connected to terminal 6.
If the objective was to have power connected to Load only when timer turns ON, then connect power to terminal 1 and connect Load wire to terminal 3.

Read how to wire timer:
http://waterheatertimer.org/How-to-wire-Dayton-Off-Delay-Timer.html#pin

Oct 07, 2011 | Amperite Dayton Solid State Timer On Delay...

1 Answer

I need to hookup up a Grasslin GM40 timer controlling one load and a 120vac application. Just wondering if someone could verify the hookup terminals as I cannot read the schematic as it is mostly gone. ...


Open following links to identify timer and download manual:
http://waterheatertimer.org/Intermatic-timers-and-manuals.html#GM

GM40 can be used for 120V or 240V 277V applications for single-phase and some 3-phase applications.
For 120Volt, set all 4 dip switches to ON position BEFORE applying power.
ON position is pushed to left.

120Volt cable from breaker box has black hot and white neutral wire.
Black hot typically connects to terminal L1
White neutral connects to terminal L2/N
This action will power the time clock and relays.

Other terminals on GM40 are the relay terminals, and these terminals are dry.
Dry means they receive no power when wires are connected to L1 and L2/N.

There are two independent relays and each relay has 3 terminals: NC NO and COM.
If you are controlling one 120volt Load, then use one relay.
Run a jumper wire from terminal L1 to COM terminal.
So COM terminal is connected to Hot.

Cable going to 120V Load has black and white wire.
Connect black Load wire to terminal NO (normally open).
Connect white Load wire to L2/N.

Jul 19, 2011 | Intermatic GM40 - 24 Hour/7-Day Dial...

1 Answer

I have check engine error codes 11, 12 on my 95 grand cherokee limited the engine wont start just keeps turning over


Code 11 means no distributor reference signal detected during cranking. Check the circuit between the Distributor and PCM (computer). Also, keep in mind the following operations/tests apply to these relays only: Automatic Shutdown (ASD) , Fuel Pump and Ballast Bypass. For operations/tests on all other relays refer to the appropriate test.

OPERATION:
The relay terminal numbers can be found on the bottom of the relay.
Terminal number 30 is connected to battery voltage and can be switched or B + (hot) at all times.
Terminal number 87A is connected (a circuit is formed) to terminal 30 in the de-energized (normally OFF) position.
Terminal number 87 is connected (a circuit is formed) to terminal 30 in the energized (ON) position. Terminal number 87 then supplies battery voltage to the component being operated.
Terminal number 86 is connected to a switched power source.
Terminal number 85 is grounded by the Engine Controller.

TESTING:
Remove relay before testing.
Using an ohmmeter, perform a resistance test between terminals 85 and 86. Resistance value (ohms) should be 75 ±5 ohms for resistor equipped relays.
Connect the ohmmeter between terminals number 87A and 30. Continuity should be present at this time.
Connect the ohmmeter between terminals number 87 and 30. Continuity should not be present at this time.
Use a set of jumper wires (16 gauge or smaller). Connect one jumper wire between terminal number 85 (on the relay) to the ground side (-) of a 12 Volt power source.
Attach the other jumper wire to the positive side (+) of a 12V power source. Do not connect the jumper wire to relay at this time.

CAUTION: Do not allow the ohmmeter to contact terminals 85 or 86 during these tests. Damage to ohmmeter may result.

Attach the other jumper wire (12V +) to terminal number 86. This will activate the relay. Continuity should now be present between terminals number 87 and 30. Continuity should not be present between terminals number 87A and 30.
Disconnect jumper wires from relay and 12 Volt power source.

If continuity or resistance tests did not pass replace relay. The Powertrain Control Module (PCM) and connector are located in the engine compartment, mounted to the inner fender, next to the air cleaner housing (click image fo zoom).
DTC 11 - No reference signal during engine cranking. No camshaft reference signal was detected during engine cranking.
DTC 12 - Battery disconnect. Battery input to PCM disconnected during last 50 key starts.
DTC 42 - ASD relay control circuit. An open or shorted condition detected in the auto shut down relay circuit.

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Hope helps.

Jun 06, 2011 | Jeep Grand Cherokee Cars & Trucks

3 Answers

I have a 02 grand caravan, there is fuse call asd that keeps on blowing.


Well in a short term, you have a short circuit somewhere. Here is a detailed toturial for you. Please rate this post, thank you.

Automatic Shutdown (ASD) sense - PCM Input

The ASD sense circuit informs the PCM when the ASD relay energizes. A 12 volt signal at this input indicated to the PCM that the ASD has been activated. This input is used only to sense that the ASD relay is energized.
When energized, the ASD relay supplies battery voltage to the fuel injectors, ignition coils, and the heating element in each oxygen sensor. If the PCM does not receive 12 volts from this input after grounding the ASD reley, it sets a Diagnostic Trouble Code (DTC).

Automatic Shutdown Relay - PCM Output

The PCM operates the Automatic Shutdown (ASD) relay and fuel pump relay through one ground path. The PCM operates them by switching the ground path for the solenoid side of the realys on and off. Both realys turn on and off at the same time.
The ASD relay connects battery voltage to the fuel injectors and ignition coil. The fuel pump relay connects battery voltage to the fuel pump.
A buss bar in the power distribution center (PDC) supplies voltage to the solenoid side and contact side of the relay. The ASD relay power circuit contains a 20 amp fuse between the buss bar in the PDC and teh relay. The fuse also protects the power circuit for the fuel pump relay and pump. The fuse is located in teh PDC.
The PCM controls the relay by switching the ground path for the solenoid side of the relay on and off. The PCM turns the ground path off when the ignition switch is in the Off position. When the ignition switch is in the On or Crank position, the PCM monitors the crankshaft position sensor and the camshaft position sensor signals to determine engine speed and ignition timing (coil dwell). If the PCM does not receive the crankshaft position sensor and camshaft position when the ignition switch is in teh Run position, it will de-energize teh ASD relay.
The ASD relay and fuel pump relay are located in the PDC near the battery. The inside top of the PCD cover has a label showing relay and fuse location.

ASD and Fuel Pump Relays

The following description of operation and tests apply only to the Automatic Shutdown (ASD) and fuel pump relays. The terminals on the bottom of each relay are numbered.

'------------------'
' __85 ___________'
' __87A '87 '30 ___' Sorry for the crudeness of this. This is supposed to
' __86 ___________' be the relay terminals!
'------------------'

OPERATION
- Terminal number 30 is connected to battery voltage. For both the ASD and fuel pump relays, terminal 30 is connected to battery voltage at all times.
- The PCM grounds the coil side of the relay through terminal number 85.
- Terminal number 86 supplies voltage to the coil side of the relay.
- When the PCM de-energizes the ASD and fuel pump relays, terminal number 87A connects to terminal 30. This is the Off position. In the off position, voltage is not supplied to the rest of the circuit. Terminal 87A is the center terminal on the relay.
- When the PCM energizes the ASD and fuel pump relays, terminal 87 connects to terminal 30. This is the On position. Terminal 87 supplies voltage to the rest of the curcuit.

TESTING
The following procedure applies to the ASD and fuel pump relays.
(1) Remove relay from connector before testing.
(2) With the relay removed from the vehicle, use an ohmmeter to check the resistance between terminals 85 and 86. The resistance shoud be 75±5 ohms.
(3) Connect the ohmmeter between terminals 30 and 87A. The ohmmeter should show continuity between terminals 30 and 87A.
(4) Connect the ohmmeter between between terminals 87 and 30. The ohmmeter should not show continuity at this time.
(5) Connect one end of a jumper wire (16 guage or smaller) to relay terminal 85. Connect the other end of the jumper wire to the ground side of a 12 volt power source.
(6) Connect on end of another jumper wire (16 guage or smaller) to the power side of the 12 volt power source. Do not attach the other end of the jumper wire to the relay at this time.

WARNING: DO NOT ALLOW OHMMETER TO CONTACT TERMINALS 85 OR 86 DURING THIS TEST.

(7) Attach the other end of the jumper wire to relay terminal 86. This activates the relay. The ohmmeter should now show continuity between relay terminals 87 and 30. The ohmmeter should not show continuity between relay terminals 87A and 30.
(8) Disconnect jumper wires.
(9) Replace the relay if it did not pass the continuity and resistance tests. If the relay passed the tests, is operates properly. Check the remainder of the ASD and fuel pump curcuits.

__________________________________________________ _______________

I know you said you replaced the relay, and this is a test procedure for the relay, but I have bought bad parts in the past. The description before the test procedure at least gives you an idea of what components are wired through and controlled by the relay. One of those may be faulty. Email me if you want or need wiring diagrams and I should be able to scan them and email them to you.

I hope this helps.

Please rate this post, thank you

Apr 07, 2011 | Dodge Grand Caravan Cars & Trucks

1 Answer

Wiring for Bosch Hologen Fog Lights? Wiring harness has 5 wires from relay, Red to battery, 2 Black - 1 to each light?, 1 Yellow to?, 1 Blue to?, & where do the xtra Black and Green wires go to? These...


Look on the relay for the terminal numbers.
Terminal 30 goes to the battery positive.Red Wire
The two terminal 87 go to the fog lights.Black Wires
Match the color wire with what you have on the relay connection for the rest of the wires.
Terminal 86 should connect to your low beam headlight.
Terminal 85 should go to the fog light switch.
The fog light switch should connect to the terminal 85 and the other terminal on the switch will connect to ground.

Dec 21, 2009 | 1987 Nissan Pickup

2 Answers

Buzzing fuel pump


sounds like the fuel pump relay is stuck on. find the relay and replace it. hope this helps mike

Jun 16, 2009 | Acura TL Cars & Trucks

1 Answer

I have a toro 8-25 rear engine rider model 56172 serial # 8008773, I need a wiring diagram for my mower. It is messed up,and some *@#$%+&* mess it up before I got it. I received a diagram for a 7-25 and it...


None of the numbers you supplied match any info on the toro.com web site. Check the numbers and then see if toro has any info for you.

That said, it sounds like you connected to the wrong relay terminal. Here is how you want it connected:
The battery (and alternator) connect to one of the large terminals on the relay. The starter connects to the other large terminal. The start switch connects to the small terminal on the relay. The idea being that the small current connected to the small terminal turns on the relay which connects the large battery current to the starter.

Obviously there is more to the wiring than just that, but you didn't ask about the rest...

May 05, 2009 | Garden

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